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Ethology / Internal model / Motor babbling / Efference copy / Humanoid robot / Robotics / Finite-state machine / Motor learning / Confidence interval / Motor control / Mind / Statistics


Document Date: 2010-08-16 04:19:50

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City

Pittsburgh / Annecy / Learning / Genoa / /

Company

International Journal / Neural Networks / MIT Press / Unit E5 Cognitive Systems / Advanced Robotics Systems / /

Country

France / Jordan / United States / Italy / /

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Facility

Cognitive Sciences Department Italian Institute of Technology Via Morego / Laboratory of Solids Mechanics University / /

IndustryTerm

motor control systems / on-line experience / on-line joint movements / on-line evaluation / data-driven solution / Sensory-motor learning systems / sensory-motor prediction algorithm / /

Organization

Cognitive Sciences Department Italian Institute of Technology Via Morego / Solids Mechanics University of Poitiers BP30179-86962 Futuroscope Chasseneuil Cedex / Machine Intelligence / state and motor command / MIT / European Commission / /

Person

Giorgio Metta / D. E. Rumelhart / D. M. Wolpert / Computation / Ryo Saegusa / D.M. Wolpert / JR / Giulio Sandini Sophie Sakka Robotics / /

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Position

MOSAIC Model for sensorimotor learning and control / Forward / head / controller / distal teacher / dof head / /

PublishedMedium

Current Opinion / /

Technology

sensory-motor prediction algorithm / /

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